Aim1l cDNA ORF clone, Rattus norvegicus(Norway rat)

Gene
Clones
gRNAs

Summary

Gene Symbol	Aim1l
Entrez Gene ID	298543
Full Name	crystallin beta-gamma domain containing 2
Synonyms	Aim1l
General protein information	Preferred Names crystallin beta-gamma domain containing 2 Names absent in melanoma 1-like protein
Gene Type	protein-coding
Organism	Rattus norvegicus(Norway rat)
Genome	Chromosome: 5 Map Location: 5q36

mRNA and Protein(s)

mRNA	Protein	Name
XM_008764189.2	XP_008762411.1	absent in melanoma 1-like protein
XM_001066449.5	XP_001066449.3	absent in melanoma 1-like protein

Pathways from BioSystems

Homologies

Homo sapiens (human)	AIM1L	NP_001034864.2
Bos taurus (cattle)	LOC507142	NP_001103261.1
Rattus norvegicus (Norway rat)	Aim1l	XP_216539.7
Pan troglodytes (chimpanzee)	AIM1L	XP_513230.3
Canis lupus familiaris (dog)	AIM1L	XP_854991.3
Mus musculus (house mouse)	Aim1l	NP_001156442.1

Gene Ontology

The following Aim1l gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the Aim1l cDNA ORF which is encoded by the open reading frame (ORF) sequence. ORF sequences can be delivered in our standard vector, pcDNA3.1⁺/C-(K)DYK or the vector of your choice as an expression/transfection-ready ORF clone. Not the clone you want? Click here to find your clone.

***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)	Select
ORa16955	XM_001066449.5 Latest version!	Rattus norvegicus absent in melanoma 1-like (Aim1l), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
ORa16955	XM_008764189.2 Latest version!	Rattus norvegicus absent in melanoma 1-like (Aim1l), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00

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Next-day Shipping ORF Clones ( in default vector with tag)
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** You may select a custom vector to replace pcDNA3.1+/C-(K)DYK after clone is added to cart.

** GenScript guarantees 100% sequence accuracy of all synthetic DNA constructs we deliver, but we do not guarantee protein expression in your experimental system. Protein expression is influenced by many factors that may vary between experiments or laboratories. In addition, please pay attention to the signal peptide, propeptide and transit peptide in target ORF, which may affect the choice of vector (N/C terminal tag vector).

***One clone ID might be correlated to multiple accession numbers, which share the same CDS sequence.

Reference Sequences (Refseq)

Aim1l ( XM_008764189.2 ) cDNA ORF clone, Rattus norvegicus(Norway rat) -> XP_008762411.1 Rattus norvegicus absent in melanoma 1-like (Aim1l), mRNA.

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CloneID	ORa16955
Clone ID Related Accession (Same CDS sequence)	XM_008764189.2 , XM_001066449.5
Accession Version	XM_008764189.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5505bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	1469376000000
Organism	Rattus norvegicus(Norway rat)
Product	absent in melanoma 1-like protein
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_005104.4) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Jul 26, 2016 this sequence version replaced XM_008764189.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Rattus norvegicus Annotation Release 106 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGAGAGC CGCGCAAGGG CTTCCGAGCT CGCCTGGCCC GAGTCTTGAC TGGACTAGGG 
GGCCGAAGGG AGAGGAAGGG GAAGATCTCA AAGGAGGCCA GACTCCAGGA TAGGCCCTGG 
GGTGGCCAGA GCTGTCCTGA CCTTGCTCAG AGTCAGGGCA GCACCAACGA TGTCAGCCTC 
AAGGTTCAAA CCCAAAGCCA TTCAGAATGG GACCTTCGGG TCAGAAGCCA TGGTGGTTTG 
TGGACTCAGA GGCGACTCCA CACCTCAGGA AGACGAAGCG AACCCCTGGG AAGGCTACAG 
AGACCAGCTG TGGGCAGTGC GTGCGACTTG GCCGGCTATG ACTCCATGGA GCATGAGTGC 
CCAGCAGGGA CAGGCTCTAC TGAAGCCATT GGTGGTCCCA GCCATCCCTC CCGCCCAGAG 
TCTGCTTCTC CTTCTTTGAA ACAGGGATCA CCAGGCGCCC CCTGCCAGCA CCCCCAACAT 
GGCGCTCCAG AAGTTCTACT GAAGCCGGAG CTACCCGGCA ACCTGGAAGA CGCACCCCTA 
CTGCCCCGCC CGGATTCCTT CCTCACAGCA GCAGGGGCAA AGGGCAAGCC TGACACCTCA 
GGGTCAGCCC AGTCAGAGCC AGAGCCCCTA CACACTCGTC TCTGTGTCAG AAGGACCCGC 
TACCATATCA CTGTCACCCT ACAAGGGTGC GGACCGGCAC CTGGGGAGGA AGGTAAGGAA 
CCGGCCAGAC CAGCTCCCCA CCCCTGTGGC CCTGAGGAAT CCAGGGGCTG GCAGGAACCT 
CCTCAGAAAC TCCGCCCCAT TACTGGGTAT CCAATCAACC CGCCTGGGGA GCCGCCGCCG 
AGAGTCCCAC AGCATCAGGG AAGCAAGGCC CAGCAGGAGC GCCGAGTGGG CTGGGAACCT 
GGATTCCCAC ACAGCCGGGA GCCGGTCCAC AGGGTGGCAG GGGCATCTCG GGTTTTGCTG 
GAGCCCAACA TGGAAGGGAC GACTGGGTCA TCGGCCCGTG CTGAGGCCCG AGTGGTAAGC 
GCCACACTGA CGTGGCGCCA AAGGCCTCCT GCCCAGGAAG AGAGCAGACA TCGTTTTCAC 
AAAGTGTCCC TGGTGTCAGG TGCCAGGACG GAAGCCCCCC AGGAGGATGT GTTTGAGCAT 
AGCTTCCGGC GTGAAGAAGT CAACGGCTTT GTTAAAAAGG AAGAAGAGAT TGTCAATTGC 
CAGGGTCCCA GGGAGGAGTC TGGACCCATG AACTTCCAGA GCCATGGGCC TATCTTTTCC 
AAGAAATATA TTCCACCCCC CAAGGAGAAA AGGCCAACGA TGAGACTGCA GGAGGCTGCG 
GATTGGGGTG ATGGTGGCCC CCAGGCTCCT AGAACTGAAC CACCAGGCAT GGGATCCATG 
GCTAGGACTG AGTTATTGGT GCCCTTGCCT GGGCCTCGTG AGCCAAGTCC GCATCCCAAT 
GTGGGCGTTA CCAGCGGGGG CTCCAGGAAT CGTGAGGAAT GGCGTGTGAC ACGCACAGTG 
AGGACCACCA CGACGACTGT GGTGGGAGGC CATGTGGACC GGCAAGTTAG CAGCTCTGTG 
AGTGTGGGGC CATCGGTGTC AGGTGAAGCC CTGCCAAGGG GCCGCAATGT GACCCGAACA 
ATCCGGGCAG TGGTGGTGAG CCCCAGAGCC GAGGGCTCAC CCAGCCGTAG CCAGGCCCTG 
GAAGTGCTGA GCAATCTCGT GCCTGCTGAG CGCATCCCCC CTGCCAGTCG AATCCCAAGG 
CTCACTATGT TTACCTCAAG GGGCTCCGGC CTGGGTGGCA CGGTGGGAAA CACCCTGGGA 
CCACCACCTG AGACCAGCCC AGCTGAGCTG AAGACTGAAA GTTCAGCCCC GGCCCCAGTA 
GGCGTCCCTG AGGTTGCTCA TCCTCCTCAG AACATAGATA TCCCTGCAGC CCAGCTAATC 
CAAGACCAAG GCGGAGTCTC GGATGCCAGA ACTGTGGAAT CCTCAAGGCT ACAGAGAACC 
TCCAGTCCTG TCCTGTTCCC CAACCAGACT TCTCAGAGCC AAGACCGAGC GCCCTCTTCT 
CCCAAGCCCC AGCCCTGTGC CTCCTCCCCT GCTCATTCCC CAGAGCAGCC TGTGGCACCC 
GCACGCCTCA AAGCCCAGGC CTCCCCTCAT GTGCTACCCT CAGTGAAAGA GAAGTTTGCA 
GGTCTCCCTG TGGCCCCTGT CCCACCCATG ACAGGGATTG AGGTTACGAA GCCTGAAGCA 
CCTCCTAATC CATCCTCTCC GAGGAGGAAG GCTGTCCCTA GCTCACAAAG CCCTTGTGCT 
CCAGCTTCAC CAAAGGATAA GTTTGTTCAG GGCCCTGAGA ACAGGCCCAG TTCTGCTCTT 
ACTCAGGAAG AGGTGTTCCC AGGGCCCCGT GTTCCTGCCC ATTCCCACTC CCCAAAAGAG 
GTTCTGCAGG CCCGCGGTGC TCCCATTCCC TCATCCTCCA TGCCAACCAC AGCTGTTCAG 
GATGCGGAAG GGGGTCCTTC CATCAAGAAG GAGGTTGGCC AGGACCCTCA GAATAGCCCT 
CCCCGTTCCC TTCCTTGCAA AGAGACTGTT GAAGGCCCCA CAGCCCCTGG TCCCCTGACC 
CCCAAACAGG ATGTGCTTGT CCAAGAGTCT CCGGGGAACT CTCTCTCATC ACCTACCCCA 
GAGGAATGTT TCCAGAGCCC TGCCGTGCCC CTTGCCCCAC CTTCTTCAGA GGCCAAGAAG 
CCCCTCAGTC TAGAAGGCTC TCAGGCCCCA GAGCCAATGA AAGCAGAGGC CAGCACAGAG 
TCCCAGCTCA TCCCGGACTC CACGGAGGGG ACGGTGCCCT CAGAGCCATC TAGGGAGGAG 
GACGAAGCAG CCTTGACGGC TGACCTGGAG ATTTTCCTGG ATACTCTGCG GAGCATGGAG 
CCCCCCGAGA TCCTCCGAAC TCACCGATTA CCCCGAGCTC CACGGTCCTC CTACCTGGCC 
ATGTATGCCA CGCTACCTGC CATTGAAGAG GATCAGCTGG GGCCATGCGT GCTGGGACCC 
AGTCCCCAGG AGGGACCTTC GTTGGAAGAG GAGGAGGAGG AGCTGGAGAA CCCCTATCTC 
AGCGATGATG AGAAACTCCA GAGGAGGCAG GAAAAAGCGG CACCTGGCCC CTCTCTGGAT 
CCCCACCCAT CCAGGCCTGC TAAGGTCACT TGCTCTCCCA TGGAGATGAT GAAGAAGCTC 
GTAGCAGGGC AAGGCCCAGA ACCTCAGCCC AGTAACCGGC CTACTTCCCG CCTGGGAGGC 
AGCCTTCTCT TCGGCAATCT GGTGCCAGCC AACAAGGACG CCTCTGCCCT GGAACCACTA 
GGCACAAAAC TCTCTGCTCT GCCACCCCAC GGAGCACCAG GGGTCAGGAA GGTGCCAGGA 
CAGTTGCCCT TGCTCTGCAG TGGAGGGCCA CCTCCAGAGA AGCCAGCACC TATCCAGCCC 
CCAGAAGGGT GGAGCCCAGC ACTGAAGACC CAGGGCAAGC TGAACACCAG GCCTGGGAAG 
GTGATCCTCT TCTCAGAGCC GGGCTGCCAG GGCAGAGGCA GGGAAGTCTG GGAAGACGTT 
GCCGATGCCT CAGCTTGGGC CTCTGTTGCT TCCATAAGGG TGATACGAGG CTGCTGGATA 
CTGTACGAAC AGCCAGAGTT TCGGGGCCAG AAGCTATTGC TGCCTGAAGG GGATGTGGAA 
CTCAGAGCCC TGGCATCTAC ATGGAGTCTC CAAGGCATCG GTTCCCTGAA GAGGGCTGTG 
CGGGACTACT GTACCCCGAG GATCAGCCTG TTCTCTGAGG AGGGCCTCAA GGGCAAGCCA 
GTGACGCTAA TGGGAGATTT GAAAGACTCT CAAGGCCTGG AGAGACCCCT ACAGGTGGCA 
TCTGCCACTG TCACTGCAGG ACTGTGGCTG TTATACCCCA AACCTTTCTT TGAAGACACT 
CCCTGTATCC TAGAACCTGG AGAGTACCCT ACACTGGAGG CCTGGGGTAC ATCAGGCCTC 
AGTGTGGGTT CACTAAAGCC CATGAGATTG GGCTGCCCAA GTGTGGAGAA GCCAGGGGAG 
CCCAAGGCTG TGGTGTATGA GGCTCCAGAT TTTCAGGGTC AGAGCTGGGA AGTAAGCGGA 
GACATCTACA ACCTTCAGCA GCCTGAGGAC AGCCAGAGTC CCCAGCTGAC CTCCGTGGGG 
TCCCTGCGAA TTCTTGGGGG CTGCTGGGTA GGCTACGAGA AGGAGGGTTT CCGGGGCCAC 
CAGTACCTGC TAGAAGAAGG CGAATATGCA GACTGGTCAC ACTGGGGAGG CTATGATGAG 
CTGCTGACCT CCCTGCGGGT CATCCGTACG GACTTTGGAG ACCCGGCCGT GGTGCTGTTT 
GAGGACATGG ACTTCCAGGG TCACAGAGTG GAGGTGAGTT CCGCACTGCC GGATGTGGAG 
CTAGCGCAGC ACGGACCCAA CACGCAAGCC ATCCACGTGC TCAGCGGCGT GTGGGTGGCC 
TATGAGCAAG TAGGCTTCTC CGGCGAACAG TACATCCTGG AGAAGGGCGT GTACCGCAAC 
TGCGACGACT GGGGCTCCGG CAATTGCGCC CTTGGCTCCC TTCAGCCAGT TGTGCAGGTG 
GGGGAGAGTG ATCTTCACTT TGTCTCGAAG ATTCAGCTTT TCTCAGGCCC CAACTTCCTG 
GGCGACCACA TTTCCTTTGA AGATGACCAG GCCTCTCTGC CTGCTTCCTT CCATCCCCAG 
TCATGCCGTG TCCACGGTGG CAGCTGGGTC CTGTTTGAGG ACAAGAACTT TGAGGCAGAC 
CAGCACATTG TGTCAGAGGG CGAGTACCCC ACTCTTACAG CCATGGGCTG CCTGGCCTCC 
ACGGTCCTGG GCTCTCTCCG GAAGATTCCC CTGCACTTTT CAGAGCCCTC CCTGTCCCTC 
TTTGGCCTGG AGTGCTTCGA GGGGAAGGAG ATCGAGCTGA CCGGAGAGGT GCGAAGCCTT 
CAAGCCGAGG GCTTCAACAA CCACGTGCTG TCTGTGCGCG TCCAGGGCGG CGTATGGGTA 
GTGTGTGAGC ACAGTGACTT CCGGGGCCGC CAGTGGCTAG TGGGGAGCTG CGAGATCACC 
AACTGGCTGA CCTACAGCGG CACCCAGAGG GTGGGCTCCC TCTACCCTAT CAAACAGCGC 
CGAGCCTATT TCCGCCTGTG GAATGCAGCA CTAGGGGGAT TCCTGTCAGT GCCTGACCAC 
GTGGAGGACA TGAAAGCAGG CCGTGTGGTG GTCTCAGAGC CCCGAGCTGG AGGCAGCTGC 
ATTTGGTACT ATGAAGAGGG ACTGCTGAAG AACCAGGTGG CCCCCACCAT GAGCCTACAG 
GTGATTGGAC CTCCCAGCCC AGGCTCCAAA GTAGTACTCT GGGCTGAGAG CCGCCTACCA 
CGCCAAACCT GGAGCATCAG TGAATTGGGT CACATCTGCA GCCAAATGTT TGAAGGCCAG 
ATCCTGGACG TGAAGGGTGG CCGAGGTTAT GACCGGGACC ATGTGGTGCT GTGGGAACCA 
ACCAAGGACA GGCCTTCCCA GATCTGGACT GTCCATGTAC TTTGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_008762411.1
CDS	622..6126
Translation	MREPRKGFRARLARVLTGLGGRRERKGKISKEARLQDRPWGGQSCPDLAQSQGSTNDVSLKVQTQSHSEWDLRVRSHGGLWTQRRLHTSGRRSEPLGRLQRPAVGSACDLAGYDSMEHECPAGTGSTEAIGGPSHPSRPESASPSLKQGSPGAPCQHPQHGAPEVLLKPELPGNLEDAPLLPRPDSFLTAAGAKGKPDTSGSAQSEPEPLHTRLCVRRTRYHITVTLQGCGPAPGEEGKEPARPAPHPCGPEESRGWQEPPQKLRPITGYPINPPGEPPPRVPQHQGSKAQQERRVGWEPGFPHSREPVHRVAGASRVLLEPNMEGTTGSSARAEARVVSATLTWRQRPPAQEESRHRFHKVSLVSGARTEAPQEDVFEHSFRREEVNGFVKKEEEIVNCQGPREESGPMNFQSHGPIFSKKYIPPPKEKRPTMRLQEAADWGDGGPQAPRTEPPGMGSMARTELLVPLPGPREPSPHPNVGVTSGGSRNREEWRVTRTVRTTTTTVVGGHVDRQVSSSVSVGPSVSGEALPRGRNVTRTIRAVVVSPRAEGSPSRSQALEVLSNLVPAERIPPASRIPRLTMFTSRGSGLGGTVGNTLGPPPETSPAELKTESSAPAPVGVPEVAHPPQNIDIPAAQLIQDQGGVSDARTVESSRLQRTSSPVLFPNQTSQSQDRAPSSPKPQPCASSPAHSPEQPVAPARLKAQASPHVLPSVKEKFAGLPVAPVPPMTGIEVTKPEAPPNPSSPRRKAVPSSQSPCAPASPKDKFVQGPENRPSSALTQEEVFPGPRVPAHSHSPKEVLQARGAPIPSSSMPTTAVQDAEGGPSIKKEVGQDPQNSPPRSLPCKETVEGPTAPGPLTPKQDVLVQESPGNSLSSPTPEECFQSPAVPLAPPSSEAKKPLSLEGSQAPEPMKAEASTESQLIPDSTEGTVPSEPSREEDEAALTADLEIFLDTLRSMEPPEILRTHRLPRAPRSSYLAMYATLPAIEEDQLGPCVLGPSPQEGPSLEEEEEELENPYLSDDEKLQRRQEKAAPGPSLDPHPSRPAKVTCSPMEMMKKLVAGQGPEPQPSNRPTSRLGGSLLFGNLVPANKDASALEPLGTKLSALPPHGAPGVRKVPGQLPLLCSGGPPPEKPAPIQPPEGWSPALKTQGKLNTRPGKVILFSEPGCQGRGREVWEDVADASAWASVASIRVIRGCWILYEQPEFRGQKLLLPEGDVELRALASTWSLQGIGSLKRAVRDYCTPRISLFSEEGLKGKPVTLMGDLKDSQGLERPLQVASATVTAGLWLLYPKPFFEDTPCILEPGEYPTLEAWGTSGLSVGSLKPMRLGCPSVEKPGEPKAVVYEAPDFQGQSWEVSGDIYNLQQPEDSQSPQLTSVGSLRILGGCWVGYEKEGFRGHQYLLEEGEYADWSHWGGYDELLTSLRVIRTDFGDPAVVLFEDMDFQGHRVEVSSALPDVELAQHGPNTQAIHVLSGVWVAYEQVGFSGEQYILEKGVYRNCDDWGSGNCALGSLQPVVQVGESDLHFVSKIQLFSGPNFLGDHISFEDDQASLPASFHPQSCRVHGGSWVLFEDKNFEADQHIVSEGEYPTLTAMGCLASTVLGSLRKIPLHFSEPSLSLFGLECFEGKEIELTGEVRSLQAEGFNNHVLSVRVQGGVWVVCEHSDFRGRQWLVGSCEITNWLTYSGTQRVGSLYPIKQRRAYFRLWNAALGGFLSVPDHVEDMKAGRVVVSEPRAGGSCIWYYEEGLLKNQVAPTMSLQVIGPPSPGSKVVLWAESRLPRQTWSISELGHICSQMFEGQILDVKGGRGYDRDHVVLWEPTKDRPSQIWTVHVL

Target ORF information:

RefSeq Version	XM_008764189.2
Organism	Rattus norvegicus(Norway rat)
Definition	Rattus norvegicus absent in melanoma 1-like (Aim1l), mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_008764189.2

ORF Insert Sequence:

ATGAGAGAGC CGCGCAAGGG CTTCCGAGCT CGCCTGGCCC GAGTCTTGAC TGGACTAGGG 
GGCCGAAGGG AGAGGAAGGG GAAGATCTCA AAGGAGGCCA GACTCCAGGA TAGGCCCTGG 
GGTGGCCAGA GCTGTCCTGA CCTTGCTCAG AGTCAGGGCA GCACCAACGA TGTCAGCCTC 
AAGGTTCAAA CCCAAAGCCA TTCAGAATGG GACCTTCGGG TCAGAAGCCA TGGTGGTTTG 
TGGACTCAGA GGCGACTCCA CACCTCAGGA AGACGAAGCG AACCCCTGGG AAGGCTACAG 
AGACCAGCTG TGGGCAGTGC GTGCGACTTG GCCGGCTATG ACTCCATGGA GCATGAGTGC 
CCAGCAGGGA CAGGCTCTAC TGAAGCCATT GGTGGTCCCA GCCATCCCTC CCGCCCAGAG 
TCTGCTTCTC CTTCTTTGAA ACAGGGATCA CCAGGCGCCC CCTGCCAGCA CCCCCAACAT 
GGCGCTCCAG AAGTTCTACT GAAGCCGGAG CTACCCGGCA ACCTGGAAGA CGCACCCCTA 
CTGCCCCGCC CGGATTCCTT CCTCACAGCA GCAGGGGCAA AGGGCAAGCC TGACACCTCA 
GGGTCAGCCC AGTCAGAGCC AGAGCCCCTA CACACTCGTC TCTGTGTCAG AAGGACCCGC 
TACCATATCA CTGTCACCCT ACAAGGGTGC GGACCGGCAC CTGGGGAGGA AGGTAAGGAA 
CCGGCCAGAC CAGCTCCCCA CCCCTGTGGC CCTGAGGAAT CCAGGGGCTG GCAGGAACCT 
CCTCAGAAAC TCCGCCCCAT TACTGGGTAT CCAATCAACC CGCCTGGGGA GCCGCCGCCG 
AGAGTCCCAC AGCATCAGGG AAGCAAGGCC CAGCAGGAGC GCCGAGTGGG CTGGGAACCT 
GGATTCCCAC ACAGCCGGGA GCCGGTCCAC AGGGTGGCAG GGGCATCTCG GGTTTTGCTG 
GAGCCCAACA TGGAAGGGAC GACTGGGTCA TCGGCCCGTG CTGAGGCCCG AGTGGTAAGC 
GCCACACTGA CGTGGCGCCA AAGGCCTCCT GCCCAGGAAG AGAGCAGACA TCGTTTTCAC 
AAAGTGTCCC TGGTGTCAGG TGCCAGGACG GAAGCCCCCC AGGAGGATGT GTTTGAGCAT 
AGCTTCCGGC GTGAAGAAGT CAACGGCTTT GTTAAAAAGG AAGAAGAGAT TGTCAATTGC 
CAGGGTCCCA GGGAGGAGTC TGGACCCATG AACTTCCAGA GCCATGGGCC TATCTTTTCC 
AAGAAATATA TTCCACCCCC CAAGGAGAAA AGGCCAACGA TGAGACTGCA GGAGGCTGCG 
GATTGGGGTG ATGGTGGCCC CCAGGCTCCT AGAACTGAAC CACCAGGCAT GGGATCCATG 
GCTAGGACTG AGTTATTGGT GCCCTTGCCT GGGCCTCGTG AGCCAAGTCC GCATCCCAAT 
GTGGGCGTTA CCAGCGGGGG CTCCAGGAAT CGTGAGGAAT GGCGTGTGAC ACGCACAGTG 
AGGACCACCA CGACGACTGT GGTGGGAGGC CATGTGGACC GGCAAGTTAG CAGCTCTGTG 
AGTGTGGGGC CATCGGTGTC AGGTGAAGCC CTGCCAAGGG GCCGCAATGT GACCCGAACA 
ATCCGGGCAG TGGTGGTGAG CCCCAGAGCC GAGGGCTCAC CCAGCCGTAG CCAGGCCCTG 
GAAGTGCTGA GCAATCTCGT GCCTGCTGAG CGCATCCCCC CTGCCAGTCG AATCCCAAGG 
CTCACTATGT TTACCTCAAG GGGCTCCGGC CTGGGTGGCA CGGTGGGAAA CACCCTGGGA 
CCACCACCTG AGACCAGCCC AGCTGAGCTG AAGACTGAAA GTTCAGCCCC GGCCCCAGTA 
GGCGTCCCTG AGGTTGCTCA TCCTCCTCAG AACATAGATA TCCCTGCAGC CCAGCTAATC 
CAAGACCAAG GCGGAGTCTC GGATGCCAGA ACTGTGGAAT CCTCAAGGCT ACAGAGAACC 
TCCAGTCCTG TCCTGTTCCC CAACCAGACT TCTCAGAGCC AAGACCGAGC GCCCTCTTCT 
CCCAAGCCCC AGCCCTGTGC CTCCTCCCCT GCTCATTCCC CAGAGCAGCC TGTGGCACCC 
GCACGCCTCA AAGCCCAGGC CTCCCCTCAT GTGCTACCCT CAGTGAAAGA GAAGTTTGCA 
GGTCTCCCTG TGGCCCCTGT CCCACCCATG ACAGGGATTG AGGTTACGAA GCCTGAAGCA 
CCTCCTAATC CATCCTCTCC GAGGAGGAAG GCTGTCCCTA GCTCACAAAG CCCTTGTGCT 
CCAGCTTCAC CAAAGGATAA GTTTGTTCAG GGCCCTGAGA ACAGGCCCAG TTCTGCTCTT 
ACTCAGGAAG AGGTGTTCCC AGGGCCCCGT GTTCCTGCCC ATTCCCACTC CCCAAAAGAG 
GTTCTGCAGG CCCGCGGTGC TCCCATTCCC TCATCCTCCA TGCCAACCAC AGCTGTTCAG 
GATGCGGAAG GGGGTCCTTC CATCAAGAAG GAGGTTGGCC AGGACCCTCA GAATAGCCCT 
CCCCGTTCCC TTCCTTGCAA AGAGACTGTT GAAGGCCCCA CAGCCCCTGG TCCCCTGACC 
CCCAAACAGG ATGTGCTTGT CCAAGAGTCT CCGGGGAACT CTCTCTCATC ACCTACCCCA 
GAGGAATGTT TCCAGAGCCC TGCCGTGCCC CTTGCCCCAC CTTCTTCAGA GGCCAAGAAG 
CCCCTCAGTC TAGAAGGCTC TCAGGCCCCA GAGCCAATGA AAGCAGAGGC CAGCACAGAG 
TCCCAGCTCA TCCCGGACTC CACGGAGGGG ACGGTGCCCT CAGAGCCATC TAGGGAGGAG 
GACGAAGCAG CCTTGACGGC TGACCTGGAG ATTTTCCTGG ATACTCTGCG GAGCATGGAG 
CCCCCCGAGA TCCTCCGAAC TCACCGATTA CCCCGAGCTC CACGGTCCTC CTACCTGGCC 
ATGTATGCCA CGCTACCTGC CATTGAAGAG GATCAGCTGG GGCCATGCGT GCTGGGACCC 
AGTCCCCAGG AGGGACCTTC GTTGGAAGAG GAGGAGGAGG AGCTGGAGAA CCCCTATCTC 
AGCGATGATG AGAAACTCCA GAGGAGGCAG GAAAAAGCGG CACCTGGCCC CTCTCTGGAT 
CCCCACCCAT CCAGGCCTGC TAAGGTCACT TGCTCTCCCA TGGAGATGAT GAAGAAGCTC 
GTAGCAGGGC AAGGCCCAGA ACCTCAGCCC AGTAACCGGC CTACTTCCCG CCTGGGAGGC 
AGCCTTCTCT TCGGCAATCT GGTGCCAGCC AACAAGGACG CCTCTGCCCT GGAACCACTA 
GGCACAAAAC TCTCTGCTCT GCCACCCCAC GGAGCACCAG GGGTCAGGAA GGTGCCAGGA 
CAGTTGCCCT TGCTCTGCAG TGGAGGGCCA CCTCCAGAGA AGCCAGCACC TATCCAGCCC 
CCAGAAGGGT GGAGCCCAGC ACTGAAGACC CAGGGCAAGC TGAACACCAG GCCTGGGAAG 
GTGATCCTCT TCTCAGAGCC GGGCTGCCAG GGCAGAGGCA GGGAAGTCTG GGAAGACGTT 
GCCGATGCCT CAGCTTGGGC CTCTGTTGCT TCCATAAGGG TGATACGAGG CTGCTGGATA 
CTGTACGAAC AGCCAGAGTT TCGGGGCCAG AAGCTATTGC TGCCTGAAGG GGATGTGGAA 
CTCAGAGCCC TGGCATCTAC ATGGAGTCTC CAAGGCATCG GTTCCCTGAA GAGGGCTGTG 
CGGGACTACT GTACCCCGAG GATCAGCCTG TTCTCTGAGG AGGGCCTCAA GGGCAAGCCA 
GTGACGCTAA TGGGAGATTT GAAAGACTCT CAAGGCCTGG AGAGACCCCT ACAGGTGGCA 
TCTGCCACTG TCACTGCAGG ACTGTGGCTG TTATACCCCA AACCTTTCTT TGAAGACACT 
CCCTGTATCC TAGAACCTGG AGAGTACCCT ACACTGGAGG CCTGGGGTAC ATCAGGCCTC 
AGTGTGGGTT CACTAAAGCC CATGAGATTG GGCTGCCCAA GTGTGGAGAA GCCAGGGGAG 
CCCAAGGCTG TGGTGTATGA GGCTCCAGAT TTTCAGGGTC AGAGCTGGGA AGTAAGCGGA 
GACATCTACA ACCTTCAGCA GCCTGAGGAC AGCCAGAGTC CCCAGCTGAC CTCCGTGGGG 
TCCCTGCGAA TTCTTGGGGG CTGCTGGGTA GGCTACGAGA AGGAGGGTTT CCGGGGCCAC 
CAGTACCTGC TAGAAGAAGG CGAATATGCA GACTGGTCAC ACTGGGGAGG CTATGATGAG 
CTGCTGACCT CCCTGCGGGT CATCCGTACG GACTTTGGAG ACCCGGCCGT GGTGCTGTTT 
GAGGACATGG ACTTCCAGGG TCACAGAGTG GAGGTGAGTT CCGCACTGCC GGATGTGGAG 
CTAGCGCAGC ACGGACCCAA CACGCAAGCC ATCCACGTGC TCAGCGGCGT GTGGGTGGCC 
TATGAGCAAG TAGGCTTCTC CGGCGAACAG TACATCCTGG AGAAGGGCGT GTACCGCAAC 
TGCGACGACT GGGGCTCCGG CAATTGCGCC CTTGGCTCCC TTCAGCCAGT TGTGCAGGTG 
GGGGAGAGTG ATCTTCACTT TGTCTCGAAG ATTCAGCTTT TCTCAGGCCC CAACTTCCTG 
GGCGACCACA TTTCCTTTGA AGATGACCAG GCCTCTCTGC CTGCTTCCTT CCATCCCCAG 
TCATGCCGTG TCCACGGTGG CAGCTGGGTC CTGTTTGAGG ACAAGAACTT TGAGGCAGAC 
CAGCACATTG TGTCAGAGGG CGAGTACCCC ACTCTTACAG CCATGGGCTG CCTGGCCTCC 
ACGGTCCTGG GCTCTCTCCG GAAGATTCCC CTGCACTTTT CAGAGCCCTC CCTGTCCCTC 
TTTGGCCTGG AGTGCTTCGA GGGGAAGGAG ATCGAGCTGA CCGGAGAGGT GCGAAGCCTT 
CAAGCCGAGG GCTTCAACAA CCACGTGCTG TCTGTGCGCG TCCAGGGCGG CGTATGGGTA 
GTGTGTGAGC ACAGTGACTT CCGGGGCCGC CAGTGGCTAG TGGGGAGCTG CGAGATCACC 
AACTGGCTGA CCTACAGCGG CACCCAGAGG GTGGGCTCCC TCTACCCTAT CAAACAGCGC 
CGAGCCTATT TCCGCCTGTG GAATGCAGCA CTAGGGGGAT TCCTGTCAGT GCCTGACCAC 
GTGGAGGACA TGAAAGCAGG CCGTGTGGTG GTCTCAGAGC CCCGAGCTGG AGGCAGCTGC 
ATTTGGTACT ATGAAGAGGG ACTGCTGAAG AACCAGGTGG CCCCCACCAT GAGCCTACAG 
GTGATTGGAC CTCCCAGCCC AGGCTCCAAA GTAGTACTCT GGGCTGAGAG CCGCCTACCA 
CGCCAAACCT GGAGCATCAG TGAATTGGGT CACATCTGCA GCCAAATGTT TGAAGGCCAG 
ATCCTGGACG TGAAGGGTGG CCGAGGTTAT GACCGGGACC ATGTGGTGCT GTGGGAACCA 
ACCAAGGACA GGCCTTCCCA GATCTGGACT GTCCATGTAC TTTGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

Aim1l ( XM_001066449.5 ) cDNA ORF clone, Rattus norvegicus(Norway rat) -> XP_001066449.3 Rattus norvegicus absent in melanoma 1-like (Aim1l), mRNA.

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CloneID	ORa16955
Clone ID Related Accession (Same CDS sequence)	XM_008764189.2 , XM_001066449.5
Accession Version	XM_001066449.5 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5505bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	1469376000000
Organism	Rattus norvegicus(Norway rat)
Product	absent in melanoma 1-like protein
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (AC_000073.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Jul 26, 2016 this sequence version replaced XM_001066449.4. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Rattus norvegicus Annotation Release 106 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGAGAGC CGCGCAAGGG CTTCCGAGCT CGCCTGGCCC GAGTCTTGAC TGGACTAGGG 
GGCCGAAGGG AGAGGAAGGG GAAGATCTCA AAGGAGGCCA GACTCCAGGA TAGGCCCTGG 
GGTGGCCAGA GCTGTCCTGA CCTTGCTCAG AGTCAGGGCA GCACCAACGA TGTCAGCCTC 
AAGGTTCAAA CCCAAAGCCA TTCAGAATGG GACCTTCGGG TCAGAAGCCA TGGTGGTTTG 
TGGACTCAGA GGCGACTCCA CACCTCAGGA AGACGAAGCG AACCCCTGGG AAGGCTACAG 
AGACCAGCTG TGGGCAGTGC GTGCGACTTG GCCGGCTATG ACTCCATGGA GCATGAGTGC 
CCAGCAGGGA CAGGCTCTAC TGAAGCCATT GGTGGTCCCA GCCATCCCTC CCGCCCAGAG 
TCTGCTTCTC CTTCTTTGAA ACAGGGATCA CCAGGCGCCC CCTGCCAGCA CCCCCAACAT 
GGCGCTCCAG AAGTTCTACT GAAGCCGGAG CTACCCGGCA ACCTGGAAGA CGCACCCCTA 
CTGCCCCGCC CGGATTCCTT CCTCACAGCA GCAGGGGCAA AGGGCAAGCC TGACACCTCA 
GGGTCAGCCC AGTCAGAGCC AGAGCCCCTA CACACTCGTC TCTGTGTCAG AAGGACCCGC 
TACCATATCA CTGTCACCCT ACAAGGGTGC GGACCGGCAC CTGGGGAGGA AGGTAAGGAA 
CCGGCCAGAC CAGCTCCCCA CCCCTGTGGC CCTGAGGAAT CCAGGGGCTG GCAGGAACCT 
CCTCAGAAAC TCCGCCCCAT TACTGGGTAT CCAATCAACC CGCCTGGGGA GCCGCCGCCG 
AGAGTCCCAC AGCATCAGGG AAGCAAGGCC CAGCAGGAGC GCCGAGTGGG CTGGGAACCT 
GGATTCCCAC ACAGCCGGGA GCCGGTCCAC AGGGTGGCAG GGGCATCTCG GGTTTTGCTG 
GAGCCCAACA TGGAAGGGAC GACTGGGTCA TCGGCCCGTG CTGAGGCCCG AGTGGTAAGC 
GCCACACTGA CGTGGCGCCA AAGGCCTCCT GCCCAGGAAG AGAGCAGACA TCGTTTTCAC 
AAAGTGTCCC TGGTGTCAGG TGCCAGGACG GAAGCCCCCC AGGAGGATGT GTTTGAGCAT 
AGCTTCCGGC GTGAAGAAGT CAACGGCTTT GTTAAAAAGG AAGAAGAGAT TGTCAATTGC 
CAGGGTCCCA GGGAGGAGTC TGGACCCATG AACTTCCAGA GCCATGGGCC TATCTTTTCC 
AAGAAATATA TTCCACCCCC CAAGGAGAAA AGGCCAACGA TGAGACTGCA GGAGGCTGCG 
GATTGGGGTG ATGGTGGCCC CCAGGCTCCT AGAACTGAAC CACCAGGCAT GGGATCCATG 
GCTAGGACTG AGTTATTGGT GCCCTTGCCT GGGCCTCGTG AGCCAAGTCC GCATCCCAAT 
GTGGGCGTTA CCAGCGGGGG CTCCAGGAAT CGTGAGGAAT GGCGTGTGAC ACGCACAGTG 
AGGACCACCA CGACGACTGT GGTGGGAGGC CATGTGGACC GGCAAGTTAG CAGCTCTGTG 
AGTGTGGGGC CATCGGTGTC AGGTGAAGCC CTGCCAAGGG GCCGCAATGT GACCCGAACA 
ATCCGGGCAG TGGTGGTGAG CCCCAGAGCC GAGGGCTCAC CCAGCCGTAG CCAGGCCCTG 
GAAGTGCTGA GCAATCTCGT GCCTGCTGAG CGCATCCCCC CTGCCAGTCG AATCCCAAGG 
CTCACTATGT TTACCTCAAG GGGCTCCGGC CTGGGTGGCA CGGTGGGAAA CACCCTGGGA 
CCACCACCTG AGACCAGCCC AGCTGAGCTG AAGACTGAAA GTTCAGCCCC GGCCCCAGTA 
GGCGTCCCTG AGGTTGCTCA TCCTCCTCAG AACATAGATA TCCCTGCAGC CCAGCTAATC 
CAAGACCAAG GCGGAGTCTC GGATGCCAGA ACTGTGGAAT CCTCAAGGCT ACAGAGAACC 
TCCAGTCCTG TCCTGTTCCC CAACCAGACT TCTCAGAGCC AAGACCGAGC GCCCTCTTCT 
CCCAAGCCCC AGCCCTGTGC CTCCTCCCCT GCTCATTCCC CAGAGCAGCC TGTGGCACCC 
GCACGCCTCA AAGCCCAGGC CTCCCCTCAT GTGCTACCCT CAGTGAAAGA GAAGTTTGCA 
GGTCTCCCTG TGGCCCCTGT CCCACCCATG ACAGGGATTG AGGTTACGAA GCCTGAAGCA 
CCTCCTAATC CATCCTCTCC GAGGAGGAAG GCTGTCCCTA GCTCACAAAG CCCTTGTGCT 
CCAGCTTCAC CAAAGGATAA GTTTGTTCAG GGCCCTGAGA ACAGGCCCAG TTCTGCTCTT 
ACTCAGGAAG AGGTGTTCCC AGGGCCCCGT GTTCCTGCCC ATTCCCACTC CCCAAAAGAG 
GTTCTGCAGG CCCGCGGTGC TCCCATTCCC TCATCCTCCA TGCCAACCAC AGCTGTTCAG 
GATGCGGAAG GGGGTCCTTC CATCAAGAAG GAGGTTGGCC AGGACCCTCA GAATAGCCCT 
CCCCGTTCCC TTCCTTGCAA AGAGACTGTT GAAGGCCCCA CAGCCCCTGG TCCCCTGACC 
CCCAAACAGG ATGTGCTTGT CCAAGAGTCT CCGGGGAACT CTCTCTCATC ACCTACCCCA 
GAGGAATGTT TCCAGAGCCC TGCCGTGCCC CTTGCCCCAC CTTCTTCAGA GGCCAAGAAG 
CCCCTCAGTC TAGAAGGCTC TCAGGCCCCA GAGCCAATGA AAGCAGAGGC CAGCACAGAG 
TCCCAGCTCA TCCCGGACTC CACGGAGGGG ACGGTGCCCT CAGAGCCATC TAGGGAGGAG 
GACGAAGCAG CCTTGACGGC TGACCTGGAG ATTTTCCTGG ATACTCTGCG GAGCATGGAG 
CCCCCCGAGA TCCTCCGAAC TCACCGATTA CCCCGAGCTC CACGGTCCTC CTACCTGGCC 
ATGTATGCCA CGCTACCTGC CATTGAAGAG GATCAGCTGG GGCCATGCGT GCTGGGACCC 
AGTCCCCAGG AGGGACCTTC GTTGGAAGAG GAGGAGGAGG AGCTGGAGAA CCCCTATCTC 
AGCGATGATG AGAAACTCCA GAGGAGGCAG GAAAAAGCGG CACCTGGCCC CTCTCTGGAT 
CCCCACCCAT CCAGGCCTGC TAAGGTCACT TGCTCTCCCA TGGAGATGAT GAAGAAGCTC 
GTAGCAGGGC AAGGCCCAGA ACCTCAGCCC AGTAACCGGC CTACTTCCCG CCTGGGAGGC 
AGCCTTCTCT TCGGCAATCT GGTGCCAGCC AACAAGGACG CCTCTGCCCT GGAACCACTA 
GGCACAAAAC TCTCTGCTCT GCCACCCCAC GGAGCACCAG GGGTCAGGAA GGTGCCAGGA 
CAGTTGCCCT TGCTCTGCAG TGGAGGGCCA CCTCCAGAGA AGCCAGCACC TATCCAGCCC 
CCAGAAGGGT GGAGCCCAGC ACTGAAGACC CAGGGCAAGC TGAACACCAG GCCTGGGAAG 
GTGATCCTCT TCTCAGAGCC GGGCTGCCAG GGCAGAGGCA GGGAAGTCTG GGAAGACGTT 
GCCGATGCCT CAGCTTGGGC CTCTGTTGCT TCCATAAGGG TGATACGAGG CTGCTGGATA 
CTGTACGAAC AGCCAGAGTT TCGGGGCCAG AAGCTATTGC TGCCTGAAGG GGATGTGGAA 
CTCAGAGCCC TGGCATCTAC ATGGAGTCTC CAAGGCATCG GTTCCCTGAA GAGGGCTGTG 
CGGGACTACT GTACCCCGAG GATCAGCCTG TTCTCTGAGG AGGGCCTCAA GGGCAAGCCA 
GTGACGCTAA TGGGAGATTT GAAAGACTCT CAAGGCCTGG AGAGACCCCT ACAGGTGGCA 
TCTGCCACTG TCACTGCAGG ACTGTGGCTG TTATACCCCA AACCTTTCTT TGAAGACACT 
CCCTGTATCC TAGAACCTGG AGAGTACCCT ACACTGGAGG CCTGGGGTAC ATCAGGCCTC 
AGTGTGGGTT CACTAAAGCC CATGAGATTG GGCTGCCCAA GTGTGGAGAA GCCAGGGGAG 
CCCAAGGCTG TGGTGTATGA GGCTCCAGAT TTTCAGGGTC AGAGCTGGGA AGTAAGCGGA 
GACATCTACA ACCTTCAGCA GCCTGAGGAC AGCCAGAGTC CCCAGCTGAC CTCCGTGGGG 
TCCCTGCGAA TTCTTGGGGG CTGCTGGGTA GGCTACGAGA AGGAGGGTTT CCGGGGCCAC 
CAGTACCTGC TAGAAGAAGG CGAATATGCA GACTGGTCAC ACTGGGGAGG CTATGATGAG 
CTGCTGACCT CCCTGCGGGT CATCCGTACG GACTTTGGAG ACCCGGCCGT GGTGCTGTTT 
GAGGACATGG ACTTCCAGGG TCACAGAGTG GAGGTGAGTT CCGCACTGCC GGATGTGGAG 
CTAGCGCAGC ACGGACCCAA CACGCAAGCC ATCCACGTGC TCAGCGGCGT GTGGGTGGCC 
TATGAGCAAG TAGGCTTCTC CGGCGAACAG TACATCCTGG AGAAGGGCGT GTACCGCAAC 
TGCGACGACT GGGGCTCCGG CAATTGCGCC CTTGGCTCCC TTCAGCCAGT TGTGCAGGTG 
GGGGAGAGTG ATCTTCACTT TGTCTCGAAG ATTCAGCTTT TCTCAGGCCC CAACTTCCTG 
GGCGACCACA TTTCCTTTGA AGATGACCAG GCCTCTCTGC CTGCTTCCTT CCATCCCCAG 
TCATGCCGTG TCCACGGTGG CAGCTGGGTC CTGTTTGAGG ACAAGAACTT TGAGGCAGAC 
CAGCACATTG TGTCAGAGGG CGAGTACCCC ACTCTTACAG CCATGGGCTG CCTGGCCTCC 
ACGGTCCTGG GCTCTCTCCG GAAGATTCCC CTGCACTTTT CAGAGCCCTC CCTGTCCCTC 
TTTGGCCTGG AGTGCTTCGA GGGGAAGGAG ATCGAGCTGA CCGGAGAGGT GCGAAGCCTT 
CAAGCCGAGG GCTTCAACAA CCACGTGCTG TCTGTGCGCG TCCAGGGCGG CGTATGGGTA 
GTGTGTGAGC ACAGTGACTT CCGGGGCCGC CAGTGGCTAG TGGGGAGCTG CGAGATCACC 
AACTGGCTGA CCTACAGCGG CACCCAGAGG GTGGGCTCCC TCTACCCTAT CAAACAGCGC 
CGAGCCTATT TCCGCCTGTG GAATGCAGCA CTAGGGGGAT TCCTGTCAGT GCCTGACCAC 
GTGGAGGACA TGAAAGCAGG CCGTGTGGTG GTCTCAGAGC CCCGAGCTGG AGGCAGCTGC 
ATTTGGTACT ATGAAGAGGG ACTGCTGAAG AACCAGGTGG CCCCCACCAT GAGCCTACAG 
GTGATTGGAC CTCCCAGCCC AGGCTCCAAA GTAGTACTCT GGGCTGAGAG CCGCCTACCA 
CGCCAAACCT GGAGCATCAG TGAATTGGGT CACATCTGCA GCCAAATGTT TGAAGGCCAG 
ATCCTGGACG TGAAGGGTGG CCGAGGTTAT GACCGGGACC ATGTGGTGCT GTGGGAACCA 
ACCAAGGACA GGCCTTCCCA GATCTGGACT GTCCATGTAC TTTGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_001066449.3
CDS	622..6126
Translation	MREPRKGFRARLARVLTGLGGRRERKGKISKEARLQDRPWGGQSCPDLAQSQGSTNDVSLKVQTQSHSEWDLRVRSHGGLWTQRRLHTSGRRSEPLGRLQRPAVGSACDLAGYDSMEHECPAGTGSTEAIGGPSHPSRPESASPSLKQGSPGAPCQHPQHGAPEVLLKPELPGNLEDAPLLPRPDSFLTAAGAKGKPDTSGSAQSEPEPLHTRLCVRRTRYHITVTLQGCGPAPGEEGKEPARPAPHPCGPEESRGWQEPPQKLRPITGYPINPPGEPPPRVPQHQGSKAQQERRVGWEPGFPHSREPVHRVAGASRVLLEPNMEGTTGSSARAEARVVSATLTWRQRPPAQEESRHRFHKVSLVSGARTEAPQEDVFEHSFRREEVNGFVKKEEEIVNCQGPREESGPMNFQSHGPIFSKKYIPPPKEKRPTMRLQEAADWGDGGPQAPRTEPPGMGSMARTELLVPLPGPREPSPHPNVGVTSGGSRNREEWRVTRTVRTTTTTVVGGHVDRQVSSSVSVGPSVSGEALPRGRNVTRTIRAVVVSPRAEGSPSRSQALEVLSNLVPAERIPPASRIPRLTMFTSRGSGLGGTVGNTLGPPPETSPAELKTESSAPAPVGVPEVAHPPQNIDIPAAQLIQDQGGVSDARTVESSRLQRTSSPVLFPNQTSQSQDRAPSSPKPQPCASSPAHSPEQPVAPARLKAQASPHVLPSVKEKFAGLPVAPVPPMTGIEVTKPEAPPNPSSPRRKAVPSSQSPCAPASPKDKFVQGPENRPSSALTQEEVFPGPRVPAHSHSPKEVLQARGAPIPSSSMPTTAVQDAEGGPSIKKEVGQDPQNSPPRSLPCKETVEGPTAPGPLTPKQDVLVQESPGNSLSSPTPEECFQSPAVPLAPPSSEAKKPLSLEGSQAPEPMKAEASTESQLIPDSTEGTVPSEPSREEDEAALTADLEIFLDTLRSMEPPEILRTHRLPRAPRSSYLAMYATLPAIEEDQLGPCVLGPSPQEGPSLEEEEEELENPYLSDDEKLQRRQEKAAPGPSLDPHPSRPAKVTCSPMEMMKKLVAGQGPEPQPSNRPTSRLGGSLLFGNLVPANKDASALEPLGTKLSALPPHGAPGVRKVPGQLPLLCSGGPPPEKPAPIQPPEGWSPALKTQGKLNTRPGKVILFSEPGCQGRGREVWEDVADASAWASVASIRVIRGCWILYEQPEFRGQKLLLPEGDVELRALASTWSLQGIGSLKRAVRDYCTPRISLFSEEGLKGKPVTLMGDLKDSQGLERPLQVASATVTAGLWLLYPKPFFEDTPCILEPGEYPTLEAWGTSGLSVGSLKPMRLGCPSVEKPGEPKAVVYEAPDFQGQSWEVSGDIYNLQQPEDSQSPQLTSVGSLRILGGCWVGYEKEGFRGHQYLLEEGEYADWSHWGGYDELLTSLRVIRTDFGDPAVVLFEDMDFQGHRVEVSSALPDVELAQHGPNTQAIHVLSGVWVAYEQVGFSGEQYILEKGVYRNCDDWGSGNCALGSLQPVVQVGESDLHFVSKIQLFSGPNFLGDHISFEDDQASLPASFHPQSCRVHGGSWVLFEDKNFEADQHIVSEGEYPTLTAMGCLASTVLGSLRKIPLHFSEPSLSLFGLECFEGKEIELTGEVRSLQAEGFNNHVLSVRVQGGVWVVCEHSDFRGRQWLVGSCEITNWLTYSGTQRVGSLYPIKQRRAYFRLWNAALGGFLSVPDHVEDMKAGRVVVSEPRAGGSCIWYYEEGLLKNQVAPTMSLQVIGPPSPGSKVVLWAESRLPRQTWSISELGHICSQMFEGQILDVKGGRGYDRDHVVLWEPTKDRPSQIWTVHVL

Target ORF information:

RefSeq Version	XM_001066449.5
Organism	Rattus norvegicus(Norway rat)
Definition	Rattus norvegicus absent in melanoma 1-like (Aim1l), mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_001066449.5

ORF Insert Sequence:

ATGAGAGAGC CGCGCAAGGG CTTCCGAGCT CGCCTGGCCC GAGTCTTGAC TGGACTAGGG 
GGCCGAAGGG AGAGGAAGGG GAAGATCTCA AAGGAGGCCA GACTCCAGGA TAGGCCCTGG 
GGTGGCCAGA GCTGTCCTGA CCTTGCTCAG AGTCAGGGCA GCACCAACGA TGTCAGCCTC 
AAGGTTCAAA CCCAAAGCCA TTCAGAATGG GACCTTCGGG TCAGAAGCCA TGGTGGTTTG 
TGGACTCAGA GGCGACTCCA CACCTCAGGA AGACGAAGCG AACCCCTGGG AAGGCTACAG 
AGACCAGCTG TGGGCAGTGC GTGCGACTTG GCCGGCTATG ACTCCATGGA GCATGAGTGC 
CCAGCAGGGA CAGGCTCTAC TGAAGCCATT GGTGGTCCCA GCCATCCCTC CCGCCCAGAG 
TCTGCTTCTC CTTCTTTGAA ACAGGGATCA CCAGGCGCCC CCTGCCAGCA CCCCCAACAT 
GGCGCTCCAG AAGTTCTACT GAAGCCGGAG CTACCCGGCA ACCTGGAAGA CGCACCCCTA 
CTGCCCCGCC CGGATTCCTT CCTCACAGCA GCAGGGGCAA AGGGCAAGCC TGACACCTCA 
GGGTCAGCCC AGTCAGAGCC AGAGCCCCTA CACACTCGTC TCTGTGTCAG AAGGACCCGC 
TACCATATCA CTGTCACCCT ACAAGGGTGC GGACCGGCAC CTGGGGAGGA AGGTAAGGAA 
CCGGCCAGAC CAGCTCCCCA CCCCTGTGGC CCTGAGGAAT CCAGGGGCTG GCAGGAACCT 
CCTCAGAAAC TCCGCCCCAT TACTGGGTAT CCAATCAACC CGCCTGGGGA GCCGCCGCCG 
AGAGTCCCAC AGCATCAGGG AAGCAAGGCC CAGCAGGAGC GCCGAGTGGG CTGGGAACCT 
GGATTCCCAC ACAGCCGGGA GCCGGTCCAC AGGGTGGCAG GGGCATCTCG GGTTTTGCTG 
GAGCCCAACA TGGAAGGGAC GACTGGGTCA TCGGCCCGTG CTGAGGCCCG AGTGGTAAGC 
GCCACACTGA CGTGGCGCCA AAGGCCTCCT GCCCAGGAAG AGAGCAGACA TCGTTTTCAC 
AAAGTGTCCC TGGTGTCAGG TGCCAGGACG GAAGCCCCCC AGGAGGATGT GTTTGAGCAT 
AGCTTCCGGC GTGAAGAAGT CAACGGCTTT GTTAAAAAGG AAGAAGAGAT TGTCAATTGC 
CAGGGTCCCA GGGAGGAGTC TGGACCCATG AACTTCCAGA GCCATGGGCC TATCTTTTCC 
AAGAAATATA TTCCACCCCC CAAGGAGAAA AGGCCAACGA TGAGACTGCA GGAGGCTGCG 
GATTGGGGTG ATGGTGGCCC CCAGGCTCCT AGAACTGAAC CACCAGGCAT GGGATCCATG 
GCTAGGACTG AGTTATTGGT GCCCTTGCCT GGGCCTCGTG AGCCAAGTCC GCATCCCAAT 
GTGGGCGTTA CCAGCGGGGG CTCCAGGAAT CGTGAGGAAT GGCGTGTGAC ACGCACAGTG 
AGGACCACCA CGACGACTGT GGTGGGAGGC CATGTGGACC GGCAAGTTAG CAGCTCTGTG 
AGTGTGGGGC CATCGGTGTC AGGTGAAGCC CTGCCAAGGG GCCGCAATGT GACCCGAACA 
ATCCGGGCAG TGGTGGTGAG CCCCAGAGCC GAGGGCTCAC CCAGCCGTAG CCAGGCCCTG 
GAAGTGCTGA GCAATCTCGT GCCTGCTGAG CGCATCCCCC CTGCCAGTCG AATCCCAAGG 
CTCACTATGT TTACCTCAAG GGGCTCCGGC CTGGGTGGCA CGGTGGGAAA CACCCTGGGA 
CCACCACCTG AGACCAGCCC AGCTGAGCTG AAGACTGAAA GTTCAGCCCC GGCCCCAGTA 
GGCGTCCCTG AGGTTGCTCA TCCTCCTCAG AACATAGATA TCCCTGCAGC CCAGCTAATC 
CAAGACCAAG GCGGAGTCTC GGATGCCAGA ACTGTGGAAT CCTCAAGGCT ACAGAGAACC 
TCCAGTCCTG TCCTGTTCCC CAACCAGACT TCTCAGAGCC AAGACCGAGC GCCCTCTTCT 
CCCAAGCCCC AGCCCTGTGC CTCCTCCCCT GCTCATTCCC CAGAGCAGCC TGTGGCACCC 
GCACGCCTCA AAGCCCAGGC CTCCCCTCAT GTGCTACCCT CAGTGAAAGA GAAGTTTGCA 
GGTCTCCCTG TGGCCCCTGT CCCACCCATG ACAGGGATTG AGGTTACGAA GCCTGAAGCA 
CCTCCTAATC CATCCTCTCC GAGGAGGAAG GCTGTCCCTA GCTCACAAAG CCCTTGTGCT 
CCAGCTTCAC CAAAGGATAA GTTTGTTCAG GGCCCTGAGA ACAGGCCCAG TTCTGCTCTT 
ACTCAGGAAG AGGTGTTCCC AGGGCCCCGT GTTCCTGCCC ATTCCCACTC CCCAAAAGAG 
GTTCTGCAGG CCCGCGGTGC TCCCATTCCC TCATCCTCCA TGCCAACCAC AGCTGTTCAG 
GATGCGGAAG GGGGTCCTTC CATCAAGAAG GAGGTTGGCC AGGACCCTCA GAATAGCCCT 
CCCCGTTCCC TTCCTTGCAA AGAGACTGTT GAAGGCCCCA CAGCCCCTGG TCCCCTGACC 
CCCAAACAGG ATGTGCTTGT CCAAGAGTCT CCGGGGAACT CTCTCTCATC ACCTACCCCA 
GAGGAATGTT TCCAGAGCCC TGCCGTGCCC CTTGCCCCAC CTTCTTCAGA GGCCAAGAAG 
CCCCTCAGTC TAGAAGGCTC TCAGGCCCCA GAGCCAATGA AAGCAGAGGC CAGCACAGAG 
TCCCAGCTCA TCCCGGACTC CACGGAGGGG ACGGTGCCCT CAGAGCCATC TAGGGAGGAG 
GACGAAGCAG CCTTGACGGC TGACCTGGAG ATTTTCCTGG ATACTCTGCG GAGCATGGAG 
CCCCCCGAGA TCCTCCGAAC TCACCGATTA CCCCGAGCTC CACGGTCCTC CTACCTGGCC 
ATGTATGCCA CGCTACCTGC CATTGAAGAG GATCAGCTGG GGCCATGCGT GCTGGGACCC 
AGTCCCCAGG AGGGACCTTC GTTGGAAGAG GAGGAGGAGG AGCTGGAGAA CCCCTATCTC 
AGCGATGATG AGAAACTCCA GAGGAGGCAG GAAAAAGCGG CACCTGGCCC CTCTCTGGAT 
CCCCACCCAT CCAGGCCTGC TAAGGTCACT TGCTCTCCCA TGGAGATGAT GAAGAAGCTC 
GTAGCAGGGC AAGGCCCAGA ACCTCAGCCC AGTAACCGGC CTACTTCCCG CCTGGGAGGC 
AGCCTTCTCT TCGGCAATCT GGTGCCAGCC AACAAGGACG CCTCTGCCCT GGAACCACTA 
GGCACAAAAC TCTCTGCTCT GCCACCCCAC GGAGCACCAG GGGTCAGGAA GGTGCCAGGA 
CAGTTGCCCT TGCTCTGCAG TGGAGGGCCA CCTCCAGAGA AGCCAGCACC TATCCAGCCC 
CCAGAAGGGT GGAGCCCAGC ACTGAAGACC CAGGGCAAGC TGAACACCAG GCCTGGGAAG 
GTGATCCTCT TCTCAGAGCC GGGCTGCCAG GGCAGAGGCA GGGAAGTCTG GGAAGACGTT 
GCCGATGCCT CAGCTTGGGC CTCTGTTGCT TCCATAAGGG TGATACGAGG CTGCTGGATA 
CTGTACGAAC AGCCAGAGTT TCGGGGCCAG AAGCTATTGC TGCCTGAAGG GGATGTGGAA 
CTCAGAGCCC TGGCATCTAC ATGGAGTCTC CAAGGCATCG GTTCCCTGAA GAGGGCTGTG 
CGGGACTACT GTACCCCGAG GATCAGCCTG TTCTCTGAGG AGGGCCTCAA GGGCAAGCCA 
GTGACGCTAA TGGGAGATTT GAAAGACTCT CAAGGCCTGG AGAGACCCCT ACAGGTGGCA 
TCTGCCACTG TCACTGCAGG ACTGTGGCTG TTATACCCCA AACCTTTCTT TGAAGACACT 
CCCTGTATCC TAGAACCTGG AGAGTACCCT ACACTGGAGG CCTGGGGTAC ATCAGGCCTC 
AGTGTGGGTT CACTAAAGCC CATGAGATTG GGCTGCCCAA GTGTGGAGAA GCCAGGGGAG 
CCCAAGGCTG TGGTGTATGA GGCTCCAGAT TTTCAGGGTC AGAGCTGGGA AGTAAGCGGA 
GACATCTACA ACCTTCAGCA GCCTGAGGAC AGCCAGAGTC CCCAGCTGAC CTCCGTGGGG 
TCCCTGCGAA TTCTTGGGGG CTGCTGGGTA GGCTACGAGA AGGAGGGTTT CCGGGGCCAC 
CAGTACCTGC TAGAAGAAGG CGAATATGCA GACTGGTCAC ACTGGGGAGG CTATGATGAG 
CTGCTGACCT CCCTGCGGGT CATCCGTACG GACTTTGGAG ACCCGGCCGT GGTGCTGTTT 
GAGGACATGG ACTTCCAGGG TCACAGAGTG GAGGTGAGTT CCGCACTGCC GGATGTGGAG 
CTAGCGCAGC ACGGACCCAA CACGCAAGCC ATCCACGTGC TCAGCGGCGT GTGGGTGGCC 
TATGAGCAAG TAGGCTTCTC CGGCGAACAG TACATCCTGG AGAAGGGCGT GTACCGCAAC 
TGCGACGACT GGGGCTCCGG CAATTGCGCC CTTGGCTCCC TTCAGCCAGT TGTGCAGGTG 
GGGGAGAGTG ATCTTCACTT TGTCTCGAAG ATTCAGCTTT TCTCAGGCCC CAACTTCCTG 
GGCGACCACA TTTCCTTTGA AGATGACCAG GCCTCTCTGC CTGCTTCCTT CCATCCCCAG 
TCATGCCGTG TCCACGGTGG CAGCTGGGTC CTGTTTGAGG ACAAGAACTT TGAGGCAGAC 
CAGCACATTG TGTCAGAGGG CGAGTACCCC ACTCTTACAG CCATGGGCTG CCTGGCCTCC 
ACGGTCCTGG GCTCTCTCCG GAAGATTCCC CTGCACTTTT CAGAGCCCTC CCTGTCCCTC 
TTTGGCCTGG AGTGCTTCGA GGGGAAGGAG ATCGAGCTGA CCGGAGAGGT GCGAAGCCTT 
CAAGCCGAGG GCTTCAACAA CCACGTGCTG TCTGTGCGCG TCCAGGGCGG CGTATGGGTA 
GTGTGTGAGC ACAGTGACTT CCGGGGCCGC CAGTGGCTAG TGGGGAGCTG CGAGATCACC 
AACTGGCTGA CCTACAGCGG CACCCAGAGG GTGGGCTCCC TCTACCCTAT CAAACAGCGC 
CGAGCCTATT TCCGCCTGTG GAATGCAGCA CTAGGGGGAT TCCTGTCAGT GCCTGACCAC 
GTGGAGGACA TGAAAGCAGG CCGTGTGGTG GTCTCAGAGC CCCGAGCTGG AGGCAGCTGC 
ATTTGGTACT ATGAAGAGGG ACTGCTGAAG AACCAGGTGG CCCCCACCAT GAGCCTACAG 
GTGATTGGAC CTCCCAGCCC AGGCTCCAAA GTAGTACTCT GGGCTGAGAG CCGCCTACCA 
CGCCAAACCT GGAGCATCAG TGAATTGGGT CACATCTGCA GCCAAATGTT TGAAGGCCAG 
ATCCTGGACG TGAAGGGTGG CCGAGGTTAT GACCGGGACC ATGTGGTGCT GTGGGAACCA 
ACCAAGGACA GGCCTTCCCA GATCTGGACT GTCCATGTAC TTTGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

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Aim1l cDNA ORF clone, Rattus norvegicus(Norway rat)

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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